Registering bank



Dec. 12, 1933. H, T, RY 1,939,353

REGISTERING BANK Filed Aug. 29, 1931 5 Sheets-Sheet l Ivwenfir: flargy 1317296600 Wei/T 6.

Hill I HI 1933- H. T. KINGSBURY REGISTERING BANK 5 Sheets- Sheet 2 Filed Aug. 29, 1931 Dec. 12, 1933. H. T. KINGSBURY REGISTERING BANK Filed Aug. 29, 1931 5 Sheets-Sheet 3 W mas.

1933- H. T. KINGSBURY 1,939,353

REGISTERING BANK Filed Aug. 29, 1931 5 Sheets-Sheet 4 fart? Z'JYzir765wfy,

1933- H. T. KINGSBURY 39,353

REGISTERING BANK Filed Aug. 29, 1931 5 Sheets-Sheet 5 Patented Dec. 12, 1933 1,939,353 v REGISTERING BANK Harry T. Kingsbury, Keene, N. H., assignor to Kingsbury Mfg. Company, Keene, N. 11., a corporation of New Hampshire Application August 29, 1931. Serial No. 560,223 13 Claims. (crass-10o This invention relates to improvements in coin registering banks and .more particularly concerns a bank for registering coins ofrvarious denominations. g 1

One of the features of the present invention'is provision of a closed structure which may be maintained locked pending the deposit therein of a predetermined value of coins, the several parts being easily and cheaply constructed of sheet metal and wire.

Another feature of the present invention is the provision of an operating member for receiving and determining'thesize of the coin, and then operating a. transfer member. which passes through a length of stroke equivalent to the monetary value of the coin, theoperating member including means for receiving the coin and for discharging it at the end'ofthe registering operation. r I

A further featurevof the invention is the provision of an operating member'of the type described above in conjunction with means for preventing the return of theparts tocoin-receiving position after registration of the coin has begun.

Further features of the invention comprise the particular assemblies and combinations'of parts 1 as' will be set forth in'the following specification "and i claims.

A n illustrative form of construction of the device is represented on the accompanying drawings, in which:

igure 1 is a face view o'f'the registering bank.

Figure 1a isa top view of the casing, showing the coin slot. I v Figure 2 is a rear'view of the registering bank. Figure 3 is a face view, on a larger scale, with parts broken away to show the coin receptacle with its latched door. I

Figure 4 is a vertical diagrammatical section I through the main shaft of the device.

Figure 5 is a section substantially on line 5-5 of Figure 3.

the main shaft,- substantially on line; 66 of Figure 4, and showingparts on the same scale as Figures 1 and 2. V

Figures 7, 7a, and 8 are sectional views substantially on lines 7, 7a and 8 of Figure 4.

Figure 9 is a sectional view similarto' Figure 6 but taken substantially on line 9--9 of Fig.- ure 5. Q

Figure 10 is a plan view of the transfer disk of Figure on a larger scale, but showing diaend-of the handle 16. .1 1

grammatically the relationship of its several parts. g v

Figures 11, 12, 13, 14 and 15 are views on the same scale as Figures 3yand 10 and showing different operative positions of the parts cated .in Figure ,7. s

Figure 16. is a sectional view substantially on line 1616 of Figure 5 and showing the fullstroke pawl."

I Figure l'lisa perspective view of the multiple control cam and pawl.

Figure 18 is a perspective view of the transfer pawl.

Figure 19 is a. perspective view of the lockin plunger.

Figure 20 isa perspective viewv of the receptacle bottom before being attached to the casing.

Figure 21 is a perspective, view of the coin door.

Figure 22 is a perspective view of the'coin door 7 latch.

Figure 23 is a perspective view ofithe coin door latch spring.

Figure 24 a fragmentary sectional view indi- 30 through the drum substantially on line-24-24 of Figure '13.

Figures 25 and 26 are respective views ofthe full stroke pawl and the transfer pawl.

In the drawings is illustrated a bank which upon manipulation will accept coins of various 1:85 denominations, determine the value of the inserted coin, register this value, and then deposit the coin in a receptacle. Also, devices are provided for preventing false operation, including :means to prevent the withdrawal of the coing after registration has begun. Thebank will receive and register. coins, and deposit them .in the receptacle which is'latched until a predetermined total value has been accumulated and thereupon the coin receptacle may be unlatched for the removal of .the coins;

The bank comprises acylindrical upper casing 10 joined to which isxa lowercasing 11 pro- Figure 6 is a sectional View perpendicular y viding the side walls of the coin receptacle. The

welding, for example, and the two casings are joined together" by similar means, so that coins once depositedcan only be withdrawn through the coin door 13, unless "the-lower casing and its bottom be destroyed.

The rear wall 14 of :the upper casing has'an arcu'ate slot .15 therein extending for more than a half circle in the illustrative example. Through this slot projectstheouter manually operable i the fixed rack 80 after.

Mounted'within this upper casing is a shaft 20 loosely rotatable therein. Loosely surrounding the shaft 20 and close to the rear wall 14 of the upper casing is a drum 21 having a substantially closed rear wall and a forwardly directed flange with an outwardly extending resetting lug 22. The rear wall of the drum has an arcuate, slot 23 of limited angular length through which the handle 16 passes, the handle being loosely mounted on the shaft 20 (Fig. 11). The coin wall 24 is spaced from the rear wall of the drum 21 by a distance greater than the thickness of the largest coin to be registered. At its outer edge it extends into the coin slot 25 (Fig. 24) provided in the flange. wall of the drum 21, so that it is assured against peripheral movement with respect to the drum 21. The coin wall 24 has its edge 24a turned toward the drum 21 to provide an abutment wall against which the coins are pressed while being sized; and a lug 24b may also be. provided for rigid connection to the rear wall of drum 21. The inner end of the coin'wall is preferably formed with a bearing for the shaft 20 whereby to assist in holding the latter in its proper concentric position; and also with upturned lugs 24c and 24d for holding and Y guiding the inner end of the mainspring S as will be described hereinafter.

Loosely mounted on the shaft 20 is a coin sizing rocker having the arcuate edge 26 (Figures 11 and 14), which operates in conjunction with the coin wall flange 24a for sizing the coin.

This coin sizing rocker also includes a lug 27 extending upwardly through a coin slot 25, a

shoulder 28 extending across the slot 23 and ,a

shoulder 28 and thence through the slot 23 of the drum 21 and theslot 15 of the casing 10.

This coin sizing rocker also includes a spring supporting lugv 30 extending past the inner portion of handle 16 and engaged with the outer,

end of: the spiral main spring S. This coin sizing rocker extends beyond its loose pivotal mounting on the shaft 20 and has apertures 31 for the reception ofthe offset aligning portion 32a of the sizing finger32; as well as the ofiset portion 33b of thefull-stroke pawl 33 which is held in its proper position, by a hairpin spring 34 having one end engaged in an aperture 35 of the sizing rocker to present its end 33a to (Fig. 6), as described herein- An upstruck and offset lug 36 on the rear wall of the drum 21 provides a relatively fixedypivot for a sizing link 37 which, .at its further end, is pivotally mounted inthe. sizing finger 32. The outer end of the sizing finger 32 has an angularly bent sizing lug 38.

Likewise loosely mounteduon the shaft 20 is a transfer disk (Figure 10) having a plurality -of struckv out coin-evaluating'lugs which are :spaced radially from the axis of the transfer disk 40 a distance determined by-the diameter illustration, it has been assumed'that the coins tobe measured are United States tokensof the values. of one, five, ten, twenty-five and fifty cents. The registering system-includes a mem- :.ber totalizing to one. dollar and then repeating,

so that a full rotation of the transfer disks!) main shaft 20 and rotates the latter. wheel -has an aperture to receive the offset senting dollars.

would correspond to the registration of one hundred cents, and hence a half rotation (120) is required and employed for the registration of a fifty cent piece; a movement of 96 for a:

twenty-five cent piece; a movement of 36 for a.

ten cent piece; a movement of 18 for a five cent piece; and a movement of 36 for a one lel to the axis, and a plurality of notches 40b which are located away from the resetting lug 40a by angular distances corresponding to the angles representing the monetary values of the several coins as given above. An offset lug 400 is also provided for engaging the transfer pawl .42 (Figure 18) which has a notch 42a to fit over the web connecting the lug 400 to the disk (Fig. 9), an integral spring piece 42b which bears outwardly. againstthe peripheral Wall of the cas-TlOO ing. 10, and the. angularly directed pawl tab 420-- for engagement with the toothed penny ratchet wheel 45 (Figure 8) This penny ratchet wheelhas teethon its periphery in a number which is a multiple of:

one hundred. That is, the registration of'any" of the coins above'results in a movement of an exact and predetermined number of teeth of the penny ratchet wheel 45 past a givenpoint. This penny ratchet wheel is fixedly mounted on the The ratchetend 46a of the centesimal transfer pawl 46 having the hairpin spring 47 connected to the ratchet wheel '45. (Figure 8) .and constantly urging the;

pawl 46 outwardly. The spring 47 is carried on the side' of. the ratchet 45 which is adjacent the transfer disk 40, this transfer disk being substantially free of encumbrances at this side, and

by reason of its position the spring 47 holds the pawl 46 closely against the ,penny ratchet wheel 45.

Loosely mounted on a sleeve 43 (Figure 5) surrounding the shaft 20 is a dollar wheel 49 having aplurality of struck out lugs'49a di-,-v

rected rearwardly toward the penny ratchet wheel 45. v i

The dial 50 is preferably provided with asuccess ion of circulardepressions (Figure 5) to receive the proper indicia. ly rotatable within the ,dial, Mounted on the sleeve 48 and exposed'at the frontof the dial is a small hand 51 (Figures 1, 3 and 5) which operates past the inner numerals 1, 2, 3 repre- 20 is a long hand 52 which moves opposite the outer row of Figures 0, 5,16, 15 representing the cents. The dial 56 preferably rests against the inturned lugs 18a of the upper casing 10 (Figures 4 and 5) and is covered byfa crystal;

53 which is secured in place by a bezel 54 having an outturned flange 55 permanentlysecured to the upper casing 10.

'- Engaged in the aperture near the bottom of the upper casing 10 (Figure 8) is the hooked end 61a of the control member 61' having an outwardly projecting lug 61b at its other end for holding it in a plane transverse to the shaft 20. The upper or inner'edge of the member 61 pro- Yides a, camfor engaging the bent end 465 of.

The sleeve 48 is loose Frictionally held on the shaft;

ing web 610 with the two spring pawl memdescribed hereinafter. periphery of the coin sizing rocker or of the drum the centesimal transfer pawl '46 (dotted line position, Figure 8) and holdingi tin a relatively inward position against the action of spring47 for a predetermined angular distance; If the total registration to be accomplished'is $10, as

in the illustrated example, then ten equally spaced lugs 49a are provided on the dollar plate 49, and the angular length of the inner edge of member 61' is one-tenth of the circumference; This member 61 (Figure 17) has an inwardly extend- :bers 61d and 6 1e formed thereon in different transverse planes through the shaft 20 so that they may respectively engage the penny ratchet wheel 45 and the transfer disk 40 and hold these against non-positive or frictionally produced ro- Y tary movement. i

Fixed rotatably to the inner face of the rear wheel 14 of the upper casing 10 is a full-stroke rack (Figure 6) extending for substantially 180, and provided with internal teeth of the same angular pitch as'the teeth on the penny ratchetwheel. The rear wall of the drum has an arcuate slot 81 therein terminating in the inwardly inclined portion 81a (Figure 2) through which the lug 33a of the full-stroke pawl 33 projects. I 1 i The top of the upper casing 10 (Figure 1a) is provided with a slotC through which a coin may be inserted into the bank, This insertion can only occur when thecoin wall 24and drum 21 have been rocked into such position that the "coin chamberexisting therebetween is positioned opposite the slot C and the coin sizing rocker hasbeen moved to an open position, as will be At all other positions, the

wall itself prevents such an insertion. The upper casing 10 is provided at its bottom with an opening (Figure 5) through which a coin may be dropped out of the coin member formed by the drum 21 and its coin wall 24, upon the closing of'the registering operation and the release "of the coin, so that the coin will enter the receptacle formed by the lower casing 11 and its floor 12. Adjacent theedge of'this slot 90 the casing is provided with an inwardly directed'stop The floor 12 has an aperture 12a therein (Figure 20) through which the coins may be re- --"m'oved,-this floor having a struck-up latch keeper 121) formed integrally therewith, as well as a second aperture 120 formed by striking upward the guide walls 12d. The keeper 12b has a latch hole 12 and the spring securing'holes 12g therein.

The latch plunger comprises a stem (Figure -19) having spaced lugs 101, 10-2 at its: upper end and the bucket 103 at its lowerend, this "bucket being formed of sheet metal by flanging operations and secured to the stern 100 by spot welding, for example, so that a simple and cheap assembly is produced. The upper end of the stem 100 projects through an aperture 104 in the lower wall of the upper casing 10 so that the upper lug 101 is presented opposite (Figures B and 5) the periphery of the dollar wheel -49. This dollar wheel has a notch 49b at itsperiph- -ery which is located in such a position with "respect to the hand-51 that this notch is opposite the lug 101 when the dollar hand is being moved from the 9 to the 0 position and the long hand 52- isbeingmoved from the95 to the 0"position. At'such time, the bucket 103 may e pushed pwardly so that the stem enters the notch 49b-.' v s The- 13 (Figure 21) has the side flanges 13a with under-cut lugs 13!) at the end for pro viding a releasably pivotal connection on theedge of the aperture 12a. The upturned latch flange 13c encloses the latch hole 13d, while lugs 13f prevent the forcing of the door into the lower casing 11. spring retaining lug 106 and the depending arm "107 with latch flange 108 thereon for engagement through the .latch opening 12/ into the"- latch hole 1341 (Figure 3) but at its other end The latch piece has an offset the piece 105 has a pair of extensions 105a which fit around the stem 100 and prevent accidental separation of the parts. The double hairpin spring 109 has the'outwardly bent ends 110 fori engagement through the spring holes 129 (Figures 5 and 20) and its middle portion is received beneath the lug 106. This spring holds the latch member between the wall 12d and the keeper 12b and tends to rock it in a counterclockwise direction into the latching position of Figure 3.

The operation of the device is as follows: The operator seizes the handle 16 (Figure 1) and turns it in a counterclockwise direction.

The main spring S by its engagement with the lugs 24c and 30, has beenholding the coin sizing lever in its extreme clockwise position with -'respect to .the drum assembly 21, 24 (Figure '7). The sizing finger 32, by its pivotal mounted "connections to thesizing rocker and to the link 37 has been forced into the position in which its lug 38 is in the extreme radialoutward position. The full-stroke pawl 33 with its pawlteeth 33a is in retracted position, the teeth being in the extension 81a (Figure 6) of the slot .81.

As the handle 16 is moved in the counterclockwise direction as aforesaid, it bears against the lug 29 and through the main spring S turns the drum and its parts, which'are free for movement. During this movement of the drum, the

lug 40a of the transfer disk 40 and moves it until it encounters the stop 91 of theupper casing 10. This movement of the lug 40a restores the transfer disk 40 to the proper initial position in which the notch40b nearest the lug 40a is engaged with the holding pawl 61e .-During this return movement of the transfer disk 40, the pawl 61d has been retaining the penny ratchet wheel 45 against movement, and the i" transfer pawl 42 has been clicking freely over the penny ratchet wheel 45-. The parts are now in the extreme counterclockwise position of free movement, (Figure 7).

If the handle 16 is forced alongin the counterclockwise direction, it travels'in the slot 15 of the drum, which is now held stationary by the stop 91, and by pressure against the lug 29 and the spring lug 30 moves the sizing rocker against the torsional effect of the main spring S into The sizingthe position shown in Figure 11.

rocker and its lug 27 have'now been withdrawn I from opposite the coin slot C of the upper cas- -ing 10 and the coin may be inserted through the slots C and 25 into the space between the rear wall of drum 21 and the coin wall 24.

When the handle 16 isreleaSed, the main spring S returns the sizing rocker in theclockwise direction relative to thedrum so that its 9 sizing edge 26 engages the coin and presses the latter against the sizing flange 24a. Owing to the shape and position of these membersythe coin can enter only one position in the coin member thus formed, and the sizing rockeris brought to a predetermined angular position ac-= 40 {diagrammatically in Figure .10 for the' various cording to the diameter of the particular coin. 'Therewith, the sizing finger 32 is carried bodily .ample, as shown in Figure 12.

with the sizing rocker, but is caused to swing in ,a plane transverse to the shaft 20 by themgagement of the sizing link 37 therewith; and

during the, return of the sizing rocker, this sizing finger 32 is moved into the position, for ex- If' the coin be a twenty-five cent piece, as in the illustration, the end lug 38 is presented at a definite radial distance from they shaft 20 and held therein. The

full-stroke pawl 33 has been carried bodily with the sizing rocker and its pawl tooth 33a has been pushed radially outward by the spring 34 and has traveledalong the outer-wall or slotSl, and

returned freely for a part of the length of slot ".81 during the sizing of the coin.

.which is an idle movement and varies according to the particular coin being registered Atthe end of this movement the handle 16 engages the end wall of the slot 23 and drives the drum 21 directly (Figure l3), in a clockwise direction, until the lugs 27 of the sizing rocker engage the stop, 91 (Figure 14). During this movement, the

. sizing rocker 38 has been carried in an arcuate J path about the axis of shaft 20 and at 'a distance therefrom determined by the sizeof the coin. These paths have various means and are diagrammatically shown in the arcuate lines on 'disk40 in Figure 10. During this movement, the

lug 3S encounters one or the other of the transfer lugs 41, 41a, 41b, 41c, 41d and thereafter drives the transfer disk ahead of it in a clockwise direction and through an angle correspond- ;.ing to the remaining angular distance before the lug 27 encounters the stop 91 and which angle corresponds to the angular magnitudes set out coins. Thetransfer pawl i2 engages. with the Y teeth of the penny ratchet wheel 45 andcarries the penny ratchet positively therewith for a corresponding angular distance, and this wheel 45 in turn drives the shaft 20 and turns the hand 52 to indicate the corresponding monetary ,value of the coin upon the dial. Likewise, the pawl tooth 33a of the full-stroke pawl has engaged .the full-stroke rack v80 so that the handle cannot be-moved backwardly in a counterclockwise After the parts have reached the position of Figure 14, a further. clockwise movement of the handle 16 will drive the drum 21 while the coin rocker is held in fixed position by the engagethewall 24a will have been pushed so far beyond the coin sizing wall of the sizing rocker that the coin is forced to drop outof the drum and through the slot 90 into the coin receptacle formed by the lower casing 11 (Figure 15). 'Immediately upon the relative "movement; of the drum sizing rocker thus occasioned, the sizing finger 32 is again given a radially inward. movement by the action of the sizing link 37 and its -sizing lug .38 slips from the particular lug 41,

4 41a, 41b, 410, 4 111 ofthe transferdisk, so that the transfer disk is immediately disconnected from the positivemovement heretofore'given it the coin which hasiustbeen registeredandserves ing. gages the return lug 40aof the transfer disk 40 and pushes the latter around into its proper iniample, from 0 to 1.

. position with respect to the sizing rocker. It will be noted, particularly, that theslot 23 is substantially of the same angular magnitude as the 1 distance between the lug 29 and the shoulder 28. During this initial return movement, the sizing rocker restores the sizing finger32 to its extreme outward initial coinless position, and the fullstroke pawl 33 (Figure'16) is moved from the.-

position shown therein into the free position (Figure 6). Whilein theposition of Figure 16, any retrograde or counterclockwise movementof thehandle 16 was prevented by the engagement of the pawl tooth 33a with the rack- 80, itwill be noted that in the position of Figure 6, this pawl tooth is held out of engagement with such rack 80 and hence free movement of the drum .relative ,to the casing may occur when no coin is present in the mechanism.

I The following registering movement is accomplished in the same manner; The initial part of the counterclockwise movement of the handle 16 merely, turns the drum freely within the cas- Ultimately, the drum'lug 22 as before ential position. A continued movement of the handle moves the sizing rocker for the insertion of a coin, and the operation is continued as be- ;fore. During the counterclockwise movement of the handle, the penny ratchet wheel 45 has been retained in its position by the retaining pawl 61d (Figures 8 and 17) so that the penny ratchet example, opposite the cent esimal transfer pawl 46 is raised upon the control member 61 and g is now presented opposite one of the transfer lugs 49a of the dollar wheel. The movement of the penny hand 52 from 90 to 0 is therefore accompanied by a movement of the dollar wheel,

positively produced through the pawl 46 and lug 49a, through the same angular distance, whereby the dollar hand 51 is moved, for ex- During the continued deposit and registering of coins, the periphery of the dollar wheel 49f:

remains opposite the lug 101 of thestem and hence the stem 100 cannot be pushed inward. ment of its lug 2'7 with the stop 91. Ultimately Y latched door 13. As soon as the notch 49b however comes opposite thelug 101, an upward pres- The lower casing 11 is therefore closed by its sure on the bucket 103 causes the stem 100 to ,move upwardly and the edge of the bucket 103 pushes upwardly on the fingers 105a of the latch memben, causing a clockwise rocking of this member about a roll or pivot formed by its en-" 'gagement with the flange 125 (Figure 3) and its latching flange 108 is withdrawn-from the hole be removed.

Thespring 109 returns the bucket 103 and stem 100 into the lowermost position, where they are retained in engagement withthe wall of the lower casing 11 (Figure 5),. When the coins have beenremoved, the door 13'is seatedwith its clues; 13b., n.p t 0 and hen wrecked-home so that its curved locking flange: 13c; represses the; flange/108 of; the latch 1 member; 105 until3 the; flange 108 can snap into the holeq13d1jagein I 5;; under the urgency, of spring 109. The device is now; tentatively relatehed, and immediatelyupon, the movement of the; hand 51 and dollar wheel 49;,soth it the notchv49b-is no longer opposite the s .01,- the-r latch n s omp ete-1 the appended claims.

What is claimed: y

1;. Ina device of the classdescribedaacoin receiving member, a sizing, member pivotally mountedformovement relative to-said coin member, a finger; pivotally mounted on said-sizing memberand having a connection to saidcoinJe-y ceiving member whereby the finger iscaused'to move arcuately upon relativemovement of said membersandis held-in a predeterminedpositionwhen a coin of a given denomination] is between said members, means for moving said members together, and devices,- operated by said finger selectively according to-the radial position-of said finger whereby to register a value dependent on the diameter of the coin.

2. Inga device of-the class'described, a casing, 'a coin receivingqmember oscillatable in said-casing, a sizingmember coaxially oscillatablewith-respect to said casing and coin memebr, said casing having a slot thereinthrough which a coin may be introduced into said coin member, a stop on said casing, a'lugon said sizingmember, means formoving one of said members in one direction whereby to separate the members to receive a coin and for: rotatingisaid'memberstogether in other direction until said lugv encounters said stop and "there after to move said coin member independentlyofthe sizing member whereby to disengage said sizing member from said .coin member to permit the withdrawal of a coin located therebetween, and spring means for moving said members toward one another for sizing a coin and for holding said members for mutual operation by said moving means.

3. In a device of the class described, an oscillatable coin receiving member, a sizing member coaxially mounted for angular movement relative to said coin member, a coaxially mounted transfer disk, a register operated by the movement of said disk in one direction, a plurality of value determining lugs located on said transfer disk at radial distances dependent on the diameters of the coins to be registered and at angular distances dependent on the monetary value of the coins, a device mounted on one of said members to move therewith, and means connecting said device with the other said member whereby said device is presented for engagement with a selected one of said members according to the relative angular position of said members with a coin therebetween.

4. In a device of the class described, a casing, a coin receiving member, a sizing member cooperative with said coin member for sizing a coin therein, a transfer disk, a low value register, a high value register, means for operating said transfer disk according to the valueof the coin in said coin receiving member during relative movement of said members and said casing, means for transferring movement from said disk to said low value register, a pawl on said low value register, a cam on said casing engageable by register topsaidnhigh vaIue register, and: means 5.,In a ;deviceof the class described, a casing,

a coin receiving, member, a sizing member-cooperative with said coin memberfor'sizinga cointherein; a; transfer disk, a low value register, a

transfer,v disk according. to; the value of the, coin in. said coin, receiving 7 member during relative movement of said members and said casing,v

said-51 2M for. transferring from said low. value,

4 H v'high' value. register, means for operating said It is-, obvl0i1s that the; invention is not, limited; tothe forrngof; illustration shown ebutzthat it may amo fied: n ma waysv withinjthe scope I means for transferring movement from said disk tot-said low valueregister, a pawl on said lowvalue register, a cam on saidcasing engageableeby said pawlyfor; transferring said lowvalue to said high: value..--register, and means. formed integral ter:inxits moved position; 7

6; In a device. of .the class described, a casing, a coinreceiving member, a sizing member cooperativewith said coin member for sizing a cointherein, a transfer disk, a rotatable low valueregister,

a highvalue register, means for-operating said transfer disk according tothe value .of the coin with said cam for detaining saidilowvalue regis 1 in said coin receiving member duringrelative movement of said members and said casing,

means for transferring: movement fromj'saiddisk to said. low value register, a pawl on said lovv value register, a cam on said casing engageable by said pawl for transferring said low value to said ter in its moved position. and to prevent movement of said register parallel to its axis.

7. Ina'device. of the class described, a casing, a coin receiving member, a sizing member cooperative withxsaidcoin member for sizing a coinone direction whereby to bring'said lugs into-en.-

gagement with one another and said stop to determine an initial position of said members and disk, means controlled by the relative positions of said members for operating said transfer element in accordance with the monetary value of a coin located between said members during relative rotation of said members with respect to the casing in the other direction, a lug on said sizing member, said moving means serving upon movement in said other direction to move said transfer element according to the monetary value of thecoin and to present said sizing lug against said stop and thereafter to move said coin member for releasing the coin from its position between said members.

8. In a device of the class described, a casing, a coin receiving member, a sizing member movable with respect to said coin member, a spring associated with said members to move them toward one another whereby to size a coin therebetween, a handle for engaging and moving said sizing member away from said coin member, means on said coin member for engagement by said handle to move the same and said sizing member in the other direction, a stop on said casing, and a lug on said sizing member for engagement with said stop near the end of said movement in said other direction, so that the completion of said movement in the other direction will cause therelative movement of said members to disengage the coin from therebetween.-

9. In a device of the class described, a casing,

" l the offset end of said slot. 1

a coin receiving member, a sizing member cooperative with said coin member for sizing a coin' therein, means rigid with the coin member pro-r viding a slot having an offset end, a rack on "lsaid casing, a spring-pressed full-stroke pawl mounted on said sizing member for engaging the rack and held when in said ofiset end out of engagement with said rack, and means for moving said sizing member with respect to said coin 1; member whereby to displace said pawl from said offset end and into engagement with said rack, said means serving at the end of the movement to produce the discharge of the coin, so that thereafter said full-stroke pawl will return into 10. In a device of the class described, a casing, a coin receiving member, a sizing member cooperative with said coin, member for sizing a coin therein, a transfer disk, a register, means ll. positioned during relative movement of said members for operating said transfer disk according to the value of the coin in said coin receiving member during relative movement of said members and said casing, means for transferring ."imovement from said disk to said register, and an element fixed to the casing having two resilient pawls integral therewith, one of said pawls cooperating with said register and the other pawl with said disk for holding said register and disk .in their moved positions. I

. 11. In a device of the class described, a casing, a coin receiving member, a sizing member, a transfer disk, and arregister all coaxially mounted in said casing, a spring connected to said mem- 13ers for moving them toward one another whereby.

to size a coin, a stop'onsaid casing, a lug on. one said member, a lug on said transfer disk, and means for moving the other of said members whereby to operate through said spring for mov- Qijing the said one member therewith so that the lug on said one member will engage the lug on said disk and move the same against said stop moving said finger in a direction at an angle whereby to detain: said one member, said moving means thereafter operating to displace said other 1 member to separate said members for the reception of the coin. 4

12. In a device of the class described, acoin receiving member; a sizing'member movable with respect to said coin receiving member, manually operablemeans for separating said membersto 13. In a device of the class described, a coin receiving member, a sizing member movable with respect to said coin receiving member, manually operable means for separating said members to I x permit the insertion of a coin therebetween upon movement of said means in one direction, a spring for moving said members toward one another to a position determined by the diameter of the coin being sized, a sizing finger and means for to the direction of relative movement of said members during the sizing movement of said manually operable means including a device operative during movement of said manually operable means in the opposite direction for moving saidcoin receiving and sizing members together from a coin receiving to a coin discharging position, and register means operated by said finger, during the movement of said members between said positions.

, HARRY 'r. KINGSBURY. 

